Continuous nitrox mixer
    72.
    发明授权
    Continuous nitrox mixer 失效
    连续硝基混合器

    公开(公告)号:US4860803A

    公开(公告)日:1989-08-29

    申请号:US244762

    申请日:1988-09-15

    Inventor: J. Morgan Wells

    Abstract: The continuous NITROX mixer is a pre-calibrated, continuous flow, gas mix system and a method which combines pure oxygen and air at atmospheric pressure, to create a final mixture of predetermined composition. Constituent gases are regulated to the same pressure and temperature before oxygen is metered through precision micro-metering valves. The system proportions the amounts of each gas and delivers the final mixture to a common mixing chamber. Delivery pressure can be adjusted up to 3000 PSI, making the system suitable for filling SCUBA or storage cylinders.

    Abstract translation: 连续的NITROX混合器是预校准的连续流动气体混合系统和在大气压下结合纯氧和空气的方法,以产生预定组成的最终混合物。 在通过精密微量计阀计量氧气之前,将成分气体调节至相同的压力和温度。 系统比较每种气体的量并将最终混合物输送到公共混合室。 输送压力可调至高达3000PSI,使系统适合于填充SCUBA或储存缸。

    Pressure relief device for internally pressurized fluid container
    73.
    发明授权
    Pressure relief device for internally pressurized fluid container 失效
    用于内部加压流体容器的泄压装置

    公开(公告)号:US4513874A

    公开(公告)日:1985-04-30

    申请号:US573869

    申请日:1984-01-25

    Abstract: A pressure relief device for a metal container having a generally cylindrical side wall and being of the type adapted to contain fluids under pressure. The device includes a concave closure element circumferentially joined to one end of the container side wall. The closure element is deep drawn of tempered steel, with a generally convex tab member integrally formed in a central area thereof. The tab member is partially circumscribed by a weakened line of reduced material thickness, and the closure element has a structural integrity which reacts to an overpressurization of the fluid in the container by undergoing a partial eversion which initiates a fracture along the weakened line accompanied by an outward deflection of the tab member, thereby permitting the overpressurized fluid contents to escape through the fracture.

    Abstract translation: 一种用于金属容器的压力释放装置,其具有大致圆柱形的侧壁并且适于在压力下容纳流体。 该装置包括周向地连接到容器侧壁的一端的凹形封闭元件。 闭合元件是回火钢的深拉伸,其中心区域一体地形成有大致凸形的突片构件。 接头构件部分地被减小的材料厚度的线条部分地界定,并且封闭元件具有结构完整性,该结构完整性通过经历部分外翻而对容器中的流体进行过压,其反应沿着弱化线伴随着 翼片构件的向外偏转,从而允许过压流体内容物通过裂缝逸出。

    Pressure relief device for internally pressurized fluid container
    74.
    发明授权
    Pressure relief device for internally pressurized fluid container 失效
    用于内部加压流体容器的泄压装置

    公开(公告)号:US4433791A

    公开(公告)日:1984-02-28

    申请号:US327200

    申请日:1981-12-03

    Abstract: A pressure release device for an internally pressurized fluid container has a dome-shaped inwardly concave closure element circumferentially joined to one end of the tubular container side wall. The closure element is deep drawn of tempered steel, with a circular central area spaced from an annular outer area by an annular intermediate area traversed by radially extending L/u/ ders Lines. A tab member is located in the central area. The tab member is partially circumscribed by a single weakened circular line of reduced material thickness, with the ends of the line being separated by a connecting area of substantially undisturbed material thickness and strength. The closure element has a structural integrity which reacts to an increase in fluid pressure in the container above a prescribed level by undergoing at least a partial eversion extending from the annular outer area, across the annular intermediate area into the circular central area to initiate a fracture of the closure element along the weakened line of reduced material thickness. The connecting area remains intact during any resulting outward deflection of the tab member occasioned by fluid escaping from the container through the fracture.

    Abstract translation: 用于内部加压流体容器的压力释放装置具有周向地连接到管状容器侧壁的一端的圆顶形向内凹形封闭元件。 封闭元件是回火钢的深拉伸,圆形中心区域与环形外部区域隔开一个由径向延伸的Lüders线路横穿的环形中间区域。 标签成员位于中央区域。 片状部件被减小的材料厚度的单个削弱的圆形线部分地外接,线的端部被基本上未受干扰的材料厚度和强度的连接区域分开。 闭合元件具有结构完整性,其通过经历从环形外部区域延伸到环形中间区域进入圆形中心区域的至少一部分外翻而使容器中的流体压力增加超过规定水平,从而引发断裂 的封闭元件沿着减小材料厚度的弱化线。 在由液体通过裂缝从容器逸出的任何由此导致的翼片构件的向外偏转期间,连接区域保持完整。

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